SOG Academy- Mastering HAZOP: A Systematic Approach to Risk Management
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Oct 08, 2025
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About This Presentation
HAZOP (Hazard and Operability Study) is a systematic risk assessment method used to identify potential hazards and operational issues in industrial processes. It analyzes deviations from intended design using guide words (e.g., No, More, Less) and examines process parameters like pressure, flow, and...
HAZOP (Hazard and Operability Study) is a systematic risk assessment method used to identify potential hazards and operational issues in industrial processes. It analyzes deviations from intended design using guide words (e.g., No, More, Less) and examines process parameters like pressure, flow, and temperature. The approach enhances safety, reliability, and efficiency by detecting risks early and recommending safeguards. A HAZOP team includes a leader, engineers, operators, safety analysts, and management to ensure thorough evaluation and implementation of solutions. The process involves defining scope, gathering data, conducting sessions, documenting findings, and following up. Training uses real cases, teamwork, and expert guidance. https://sogacademy.uk/hazop-training-workshop/
Size: 16.12 MB
Language: en
Added: Oct 08, 2025
Slides: 7 pages
Slide Content
2025 SynergenOG Sdn. Bhd.c
SOG Academy-
Mastering HAZOP:
A Systematic Approach to Risk Management
2025 SynergenOG Sdn. Bhd.c
Introduction to HAZOP
What is HAZOP?
A structured methodology for identifying potential hazards and
operability issues in industrial processes.
Focuses on deviations from intended process design and their
possible consequences.
Why is HAZOP Important?
Enhances safety, reliability, and efficiency in operations.
Prevents costly incidents by identifying risks early.
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Key Elements of HAZOP
Guide Words:
Standardized terms (e.g., No, More, Less, Reverse) used to explore
potential deviations.
Parameters:
Process variables such as pressure, flow rate, and temperature are
examined for deviations.
Safeguards & Recommendations:
Mitigation strategies to minimize risks.
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Roles & Responsibilities in HAZOP
HAZOP Leader:
Facilitates discussions and ensures systematic analysis.
Process Engineers & Operators:
Provide technical knowledge and operational insights.
Safety & Risk Analysts:
Assess potential hazards and compliance requirements.
Management & Decision Makers:
Approve recommendations and allocate resources.
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The HAZOP Review Process
Define Scope & Objectives:
Establish system boundaries and goals.
Gather Data:
Collect process flow diagrams, operational details,
and design documentation.
Conduct HAZOP Sessions:
Systematically analyze deviations and their effects.
Document Findings:
Record hazards, consequences, and action plans.
Follow-up & Implementation:
Ensure recommendations are executed and reviewed.
2025 SynergenOG Sdn. Bhd.c
Interactive Learning Approach
Hands-on Training:
Real-world case studies and simulated HAZOP sessions.
Collaborative Exercises:
Encourage team discussions and decision-making.
Knowledge Validation:
Assessments and feedback loops for improved retention.
Instructor-Guided Insights:
Lessons from experienced HAZOP facilitators.
2025 SynergenOG Sdn. Bhd.c
To learn more, visit:
https://sogacademy.uk/hazop-training-workshop/